Abreu de Souza Mauren, Chagas Paz André Augusto, Sanches Ionildo Jóse, Nohama Percy, Gamba Humberto Remigio
Annu Int Conf IEEE Eng Med Biol Soc. 2014;2014:5583-6. doi: 10.1109/EMBC.2014.6944892.
Three-dimensional medical image reconstruction using different images modalities require registration techniques that are, in general, based on the stacking of 2D MRI/CT images slices. In this way, the integration of two different imaging modalities: anatomical (MRI/CT) and physiological information (infrared image), to generate a 3D thermal model, is a new methodology still under development. This paper presents a 3D THERMO interface that provides flexibility for the 3D visualization: it incorporates the DICOM parameters; different color scale palettes at the final 3D model; 3D visualization at different planes of sections; and a filtering option that provides better image visualization. To summarize, the 3D thermographc medical image visualization provides a realistic and precise medical tool. The merging of two different imaging modalities allows better quality and more fidelity, especially for medical applications in which the temperature changes are clinically significant.
使用不同图像模态进行三维医学图像重建需要配准技术,一般来说,这些技术基于二维MRI/CT图像切片的堆叠。通过这种方式,整合两种不同的成像模态:解剖学(MRI/CT)和生理信息(红外图像)以生成三维热模型,是一种仍在开发中的新方法。本文介绍了一种三维热成像界面,该界面为三维可视化提供了灵活性:它纳入了DICOM参数;最终三维模型上的不同颜色标度调色板;不同截面平面的三维可视化;以及提供更好图像可视化的滤波选项。总之,三维热成像医学图像可视化提供了一种逼真且精确的医学工具。两种不同成像模态的融合可实现更高的质量和保真度,特别是对于温度变化具有临床意义的医学应用。